Find Academic Supervisors

Vinay KumarView profile

Assistant Professor

• Atmospheric Science
• Climate Modeling
• Monsoon Systems
• +4 more

Dr. Vinay Kumar is an Assistant Professor of Meteorology at the University of the Incarnate Word (UIW) in San Antonio, TX, where he teaches courses such as Meteorology, Meteorological Instrumentation, and Physical Geography and Meteorology. His academic journey began with a B.S. in Physics-Chemistry-Mathematics from Rohilkhand University (1995), followed by an M.S. in Physics (1997) from the Indian Institute of Technology, an M.Tech in Atmospheric Physics (2000), and a Ph.D. in Atmospheric Science (2008) from Pune University, India. Ph.D. in Atmospheric Science (Pune University, 2008) M.Tech in Atmospheric Physics (Pune University, 2000) M.S. in Physics (Indian Institute of Technology, 1997) B.S. in Physics-Chemistry-Mathematics (Rohilkhand University, 1995) Dr. Kumar's research focuses on extreme weather events, monsoon systems, droughts, and tropical cyclones. His work explores climate modeling, pollution dynamics during lockdowns, and the impacts of changing crop patterns on water resources. Recent publications in journals like Climate , Atmosphere , and Remote Sensing highlight his expertise in atmospheric science and climate change. His 15 most recent articles (2019–2023) address topics such as fog dynamics in the Indo-Gangetic Plain, monsoon rainfall trends, and the radiative impacts of aerosols. These works span subfields including climate resilience, disaster management, and computational modeling. Dr. Kumar is committed to community service and mentoring students to tackle global challenges through collaboration.

Brian TangView profile

Associate Professor

• Tropical Cyclones
• Hurricane Research
• Severe Weather
• +4 more

Brian Tang serves as an Associate Professor in the Department of Atmospheric & Environmental Sciences within the College of Arts and Sciences at the University at Albany. He holds a PhD in Atmospheric Science from Massachusetts Institute of Technology (2010) and dual Bachelor of Science degrees from UCLA (2004) in Atmospheric and Oceanic Sciences and Applied Mathematics with a specialization in Computing. Dr. Tang's research primarily focuses on tropical cyclones (hurricanes), including their formation processes, intensity changes, organization of cloud clusters, effects of vertical wind shear, rapid intensification mechanisms, and interactions with midlatitude weather systems. His secondary research area examines severe weather phenomena and associated hazards in the northeastern United States, with particular attention to how terrain influences severe thunderstorms and how well weather models represent these complex interactions. He also investigates meteorological factors that can alter the risk of severe weather events, including large hail and heavy rainfall. Through his active presence on social media and professional platforms, Dr. Tang demonstrates ongoing engagement with current weather events, tropical cyclone developments, and severe weather forecasting challenges. His professional activities include teaching atmospheric science courses and contributing to the meteorological community through research and public communication about high-impact weather events.

Gabriele MessoriView profile

Professor

• Meteorology
• Climate Science
• Atmospheric Physics
• +3 more

Gabriele Messori is a Professor of Meteorology at Uppsala University's Department of Geosciences , focusing on the physical processes behind extreme weather events and their climatic impacts. His interdisciplinary research employs dynamical systems analysis , machine learning , and statistical methods to study phenomena like windstorms , heatwaves , and compound climate extremes in current and future climates. Education: Master's in Theoretical Physics from Imperial College London (2010), PhD in Atmospheric Physics from Imperial College London (2014) Prior Appointments: Postdoctoral fellow and researcher at Stockholm University, UK Met Office, and Laboratoire des Sciences du Climat et de l'Environnement (Paris) His research spans atmospheric dynamics , energy flow , and weather regime dimensions . Recent publications analyze compound droughts/floods , atmospheric rivers , and stratospheric wave reflections , emphasizing climate change attribution and predictability of extremes . He leads the ERC Starting Grant CENÆ project (2021–2026) on North Atlantic compound extremes and co-leads a Vetenskapsrådet project (2022–2025) to build a European climate impacts database. His work bridges climate science , disaster risk reduction , and societal adaptation strategies .

Ning LinView profile

Professor

• Hurricane Risk Analysis
• Climate Change Impact
• Coastal Engineering
• +4 more

Ning Lin is a Professor of Civil and Environmental Engineering at Princeton University, affiliated with the High Meadows Environmental Institute (HMEI) and the Andlinger Center for Energy and the Environment (ACEE). Her research focuses on hurricane risk analysis, climate change impacts, and coastal resilience. Lin leads NSF-funded projects on tropical cyclone hazards and climate adaptation strategies. Education: PhD, Civil and Environmental Engineering, Princeton University (2010) MS, Civil and Environmental Engineering, Texas Tech University (2005) BS, Civil Engineering, Huazhong University of Science and Technology (2002) Research Interests: Integrates engineering, science, and policy to address hurricane-related hazards, climate change adaptation, and infrastructure resilience. Key areas include storm surge modeling, compound flood risks, and reinforcement learning for adaptive strategies. Awards: NSF CAREER Award (2016) Howard B. Wentz, Jr. Junior Faculty Award (2016) Frontiers of Engineering Invited Speaker (2015) Lloyd’s Science of Risk Prize (2014) Grants & Advising: Leads multi-institutional NSF Hazards SEES projects. Advises students like Christine Blackshaw (SEAS Award 2024) and Mohammad Allouche (2023 Excellence Award). Labs/Teams: Active in Princeton’s Coastal Flood Hazards Group and collaborates with institutions like Rutgers University and Dartmouth College on climate adaptation frameworks.

Johna RudzinView profile

Assistant Professor

• Air-sea interaction
• Tropical cyclone-ocean interaction
• Atmospheric boundary layers
• +5 more

Dr. Johna Rudzin is an Assistant Professor in the Department of Geosciences at Mississippi State University with a joint affiliation with the Northern Gulf Institute. Her expertise lies in tropical cyclone-ocean interaction, atmospheric and oceanic boundary layer dynamics, and air-sea exchange processes. She utilizes a combination of in situ observations, satellite data, and numerical modeling to advance understanding of hurricane intensity change mechanisms. Education: Ph.D. in Meteorology and Physical Oceanography, University of Miami, 2012-2018 B.S. in Meteorology, The Florida State University, 2008-2012 Dr. Rudzin's research focuses on the complex interactions between tropical cyclones and the ocean, particularly how upper ocean processes influence hurricane intensity change. Her work examines atmospheric and oceanic boundary layer dynamics, the effects of salinity stratification on air-sea fluxes, and the role of surface ocean waves in tropical cyclone environments. She employs a holistic approach that bridges meteorology and oceanography to better understand the fully coupled air-sea system during hurricanes. Her research has important implications for improving hurricane intensity forecasting. Dr. Rudzin's publication record demonstrates a consistent focus on air-sea interactions in tropical cyclones, with recent work expanding into coupled modeling, wave processes, and the impacts of oceanic features like freshwater barrier layers on hurricane intensity. Her research combines observational analysis with numerical modeling approaches, addressing fundamental questions about momentum and heat exchange across the air-sea interface during extreme wind conditions. Scientific Awards: 2023 MSU College of Arts and Sciences Research Award for the Natural and Physical Sciences 2022 Office of Naval Research Young Investigator Program Awardee 2018 Barrett Prize for Best Dissertation on Latin American and Caribbean Topics from the University of Miami Institute for Advanced Study of the Americas Dr. Rudzin actively mentors graduate students, currently advising four students working on tropical cyclone-ocean interaction topics. She has secured competitive research funding, including the Office of Naval Research Young Investigator award. Her service includes membership on the AMS Air-Sea Interaction Committee and participation in NOAA working groups focused on ocean observations during extreme events. She is currently seeking a postdoctoral researcher to work on coupled tropical ocean-atmospheric-wave processes. Dr. Rudzin is an active member of research teams including the Ocean Observations Initiative Early Career Scientist Working Group and the NOAA GOMO Extreme Event Ocean Observations Task Team. Her collaborative approach bridges meteorological and oceanographic communities to address critical questions in tropical cyclone research.

• Remote Sensing
• Geoscience
• Environmental Engineering
• +4 more

James Garrison is a Professor of Aeronautics and Astronautics at Purdue University's College of Engineering, with a courtesy appointment in the Division of Environmental and Ecological Engineering. He holds affiliations with the Department of Electrical and Computer Engineering and the Global Engineering Program (GEP Team). His research focuses on remote sensing using signals of opportunity (SoOp), particularly for soil moisture, hydrological processes, and environmental monitoring. Key areas include GNSS reflectometry, P-band and S-band reflectometry systems, and applications in agriculture, disaster management, and climate science. Dr. Garrison's work integrates aerospace engineering principles with geospatial technologies, emphasizing mission design (e.g., SNOOPI CubeSat mission) and algorithm development for spaceborne instruments. He collaborates on projects like the CYGNSS satellite constellation and explores innovative uses of signals of opportunity for oceanography, ionospheric studies, and root-zone soil moisture profiling. His contributions span instrumentation validation, covariance modeling, and data assimilation techniques. While no explicit awards are listed, his involvement in high-profile missions like SNOOPI underscores his leadership in Earth observation technologies. His advising and grants are not detailed here, but his research group likely focuses on CubeSat systems and remote sensing applications.

Youmin TangView profile

Professor

• Climate Prediction
• Numerical Modeling
• ENSO Dynamics
• +2 more

Dr. Youmin Tang is a Professor in the Department of Geography, Earth, and Environmental Sciences at the University of Northern British Columbia. His research utilizes sophisticated numerical models and mathematical tools to predict seasonal climate variability, with particular focus on ENSO (El Niño Southern Oscillation) dynamics. His work aims to improve climate predictions critical for sectors like agriculture, forestry, fisheries, and energy production. Research interests center on climate modeling, prediction systems, and understanding ocean-atmosphere interactions. His work combines traditional numerical methods with emerging machine learning techniques to enhance forecast accuracy and understand multidecadal climate patterns. Publication analysis reveals strong focus on tropical climate phenomena (ENSO, IOD, monsoons), prediction methodology development (ensemble systems, machine learning approaches), and ocean-atmosphere interactions. Recent works increasingly incorporate AI techniques to address prediction challenges. Active in graduate education, Dr. Tang supervises students in Natural Resources and Environmental Studies (NRES) programs with focus areas in Environmental Science and Geography.

Julienne StroeveView profile

Professor

• Sea Ice Remote Sensing
• Climate Change Impacts
• Cryosphere Dynamics
• +3 more

Julienne Stroeve is Professor and Senior Canada 150 Research Chair in Climate Forcing of Sea Ice at the Centre for Earth Observation Science, University of Manitoba. She holds a PhD in Geography from the University of Colorado, Boulder and leads research on Arctic sea ice dynamics using satellite remote sensing, field observations, and climate modeling. Her investigations focus on sea ice-atmosphere interactions, climate change impacts on polar regions, cryospheric processes, and implications for Arctic ecosystems and communities. Research themes include rain-on-snow events, sea ice thickness variability, polar bear habitat vulnerability, storm intensification, and freshwater cycles. Recent publications (2021-2025) demonstrate consistent focus on Arctic climate system changes, employing multi-sensor remote sensing and model-data integration approaches. Key patterns include declining sea ice cover, ecosystem vulnerabilities, ocean-atmosphere feedbacks, and improved modeling techniques. Awards include the prestigious Canada 150 Research Chair in Climate Forcing of Sea Ice. She advises doctoral candidates including Vaishali Chaudhary, Nicole Loeb, Yuhua Situ, and Ana Claudia Cardoso de Jesus. Research is supported by the Canada 150 Research Chair Program. Leads the 'Climate Forcing of Arctic Sea Ice' research team studying extreme events, community impacts, and future projections. The interdisciplinary group collaborates internationally through field campaigns including MOSAiC expedition.

• Atmospheric Science
• Climate Dynamics
• Meteorology
• +3 more

Professor Holloway Chris is a leading academic in Atmospheric Science and Climate Dynamics at the University of Reading. His research focuses on tropical meteorology, cloud dynamics, and climate modeling, with a particular emphasis on understanding convective processes, tropical cyclones, equatorial waves, and climate model biases. Recent work includes studies on shallow cumulus clouds, Hadley cell dynamics, and the impacts of orographic features on tropical cyclones. His work often involves large-eddy simulations (LES) and global/regional climate models, addressing topics such as convective self-aggregation, cloud feedbacks, and extreme precipitation forecasting. Collaborations span institutions like the Met Office, NASA, and international universities, contributing to advancements in weather and climate prediction systems. Key research themes include tropical cyclone simulation accuracy, interannual climate variability (e.g., ITCZ shifts), and the role of equatorial waves in extreme weather. His findings highlight critical gaps in current climate models, particularly regarding dynamic cloud feedbacks and the representation of high-impact weather events.

• Climate Science
• Meteorology
• Tropical Cyclone Dynamics
• +3 more

Alex Baker is a prominent researcher in climate science and meteorology, focusing on tropical cyclones, climate modeling, and atmospheric dynamics. His work explores the impacts of model resolution on storm tracks, tropical cyclone intensification, and mid-latitude climate systems. Collaborating with institutions like the University of Reading and the UK Met Office, he investigates phenomena such as post-tropical cyclones affecting Europe, Atlantic-Pacific cyclone contrasts, and the role of SST gradients in climate biases. Key contributions include studies on cyclone lifecycle variability, extratropical transition processes, and the global decline in tropical cyclone frequency. His research bridges paleoclimatology through stalagmite analysis and modern climate projections, emphasizing high-resolution modeling's role in understanding extreme weather risks and climate change impacts. Research Interests: Tropical Cyclone Dynamics & Intensification Climate Model Resolution Sensitivity Mid-Latitude Storm Tracks Post-Tropical Cyclone Impacts Atlantic-Pacific Climate Variability Paleoseasonality Reconstruction Articles Overview: Recent work highlights the equatorward shift of storm tracks due to Hadley cell contraction, the realism of cyclone intensification in storm-resolving models, and the contrasting Atlantic-Pacific cyclone responses to multidecadal variability. His studies also address the limitations of low-resolution models in predicting European post-tropical cyclone risks and the mitigation of North Atlantic climate biases via increased resolution.

• Meteorology
• Atmospheric Science
• Climatology
• +4 more

Ambrogio Volonte is a researcher at the University of Reading, specializing in atmospheric dynamics with a focus on extratropical cyclones, sting jets, and monsoon systems. He completed his PhD in 2018 on 'Dynamics of sting jets and their relation to larger-scale drivers.' His work bridges meteorology and climatology, exploring phenomena such as Arctic cyclones, storm intensification, and monsoon progression through field campaigns like THINICE. Key contributions include analyzing sting-jet formation in storms like Ciarán and Eunice, and evaluating the role of AI in weather forecasting. Volonte's research integrates observational data with numerical models to address questions about cyclone climatology, boundary layer processes, and interactions between tropical and extratropical systems. His recent studies emphasize Arctic meteorology and the sensitivity of weather forecasts to sea ice conditions. Collaborations include interdisciplinary projects on Indian monsoon dynamics and the impact of sea surface temperature on Mediterranean cyclones. Notable projects include the THINICE field campaign investigating Arctic cyclones' role in sea ice decline, and analyses of the 2020 Mei Yu floods in China. His work underscores the importance of mesoscale instabilities and airmass interactions in extreme weather events.

Marshall ShepherdView profile

Professor

• Hydrometeorological extremes
• Urban climate science
• Tropical cyclones
• +4 more

Dr. J. Marshall Shepherd is the Georgia Athletic Association Distinguished Professor of Geography and Atmospheric Sciences at the University of Georgia, with a joint appointment in the College of Engineering. He directs UGA's Atmospheric Sciences Program and holds professorships in Geography and the College of Engineering. His research focuses on hydrometeorological extremes, urban climate, and tropical cyclones. Dr. Shepherd has held leadership roles including AMS President (2013) and chairs NASA's Earth Sciences Advisory Committee. He hosts Weather Channel's 'Weather Geeks' and contributes to Forbes Magazine. Education: B.S., M.S., and Ph.D. in Physical Meteorology from Florida State University (first African American to earn FSU Meteorology PhD). Awards include the AMS Helmut Landsberg Award (2018), Presidential Early Career Award (2004), and Ted Turner Protector of the Earth Award (2014). Research emphasizes urban heat islands, climate adaptation, and disaster resilience. Notable projects include leading UGA's UCAR membership and founding the Georgia Climate Project. Over $4M in extramural funding secured. Key areas include climate justice, tropical cyclone dynamics, and environmental policy. Advises NASA, NOAA, and international bodies.

• Climate Science
• Climate Modeling
• Geophysics
• +5 more

Jens Hesselbjerg Christensen is a Professor at the Ice, Climate and Geophysics research group within the Niels Bohr Institute at the University of Copenhagen. His research focuses on climate modeling, extreme weather events, and Arctic climate dynamics. He has been actively publishing research since at least 2022 with multiple publications appearing through 2025, demonstrating continued scholarly activity. His work is affiliated with the University of Copenhagen's Niels Bohr Institute, a leading center for physics and geoscience research in Europe. Christensen's research spans multiple critical areas of contemporary climate science: Climate modeling and projections, particularly using convection-permitting models Extreme weather events and their intensification under climate change Arctic climate dynamics and sea ice interactions Atmospheric circulation patterns, especially the North Atlantic Oscillation Precipitation extremes and regional climate modeling Climate change impacts on permafrost regions and biomass distribution Wind energy potential in changing Arctic conditions His recent publication record shows a strong focus on understanding how climate change affects extreme weather events, with particular emphasis on 'unprecedented extremes' - climate events that exceed historical records and challenge current adaptation strategies. His work often employs regional climate models, particularly for European and Arctic regions, and examines the impacts of climate change on windstorms, precipitation extremes, and temperature patterns. Christensen has collaborated extensively with researchers across Europe and maintains connections with the Danish Meteorological Institute, where he worked from 1990 to 2017. Christensen's research has been cited in policy documents and picked up by news outlets, demonstrating its relevance to both scientific and societal discussions about climate change. His work on windstorm extremes has received attention from 2 news outlets, while his research on biomass distribution in permafrost regions has been highlighted in 3 news mentions and blogged about. Several of his publications have been referenced in policy sources, showing the applied value of his research. As a professor, Christensen advises PhD students and early-career researchers in climate science. His work is supported by various research grants focused on climate modeling and extreme event analysis. He is involved with major climate research initiatives including Arctic-CORDEX, which coordinates regional climate modeling efforts for the Arctic. His research group at the Niels Bohr Institute conducts interdisciplinary studies combining observational data with advanced modeling techniques to understand past, present, and future climate conditions.

Emmanuel DormyView profile

Professor

• Geophysical Fluid Dynamics
• Dynamo Theory
• Water Waves
• +4 more

Emmanuel Dormy is a Professor at Ecole Normale Supérie since 2004 and a CNRS Researcher since 1999 (Directeur de Recherche since 2008). He previously held positions at Ecole Polytechnique as Associate Professor (2008-2020) and at Institut de Physique du Globe de Paris (1999-2016). His international visiting roles include Trinity College, Cambridge (2017-2022). Key projects: MAEVA (CNES 2018-...), GDRE-Dynamo (CNRS 2011-2016), MAGNET (ANR 2007-2011), Geodynamo (ACI 2000-2003) Advising: Supervised 9 PhD students (2002-2023) and collaborated with 5 postdocs His research focuses on constructing and analyzing mathematical models for geophysical fluid dynamics , particularly dynamo theory (Earth's magnetic field generation), rotating flows , water wave singularities , and tropical cyclone vortex dynamics . This work combines asymptotic analysis with high-resolution numerical simulations to study phenomena like: Earth's core convection and magnetic field generation Wave breaking mechanisms in oceanography Eye formation in tropical cyclones MHD shear layer behavior in superconducting flows Numerical stability in geophysical simulations His publications (1997-2020) span topics in rotating convection , boundary layer instabilities , and dynamo action , with methodological contributions to numerical analysis of geophysical systems. Dormy maintains active collaboration through online seminars and YouTube demonstrations of physical experiments.

• Climate Change Adaptation
• Regional Climate Modeling
• Extreme Weather Events
• +3 more

Christoph Braun is a Postdoctoral Researcher at the Institute of Meteorology and Climate Research - Tropospheric Research (IMK-TRO) at Karlsruhe Institute of Technology (KIT), Germany, specializing in regional climate modeling and climate adaptation science since 2023. His work bridges climate science with practical adaptation strategies through projects including NUKLEUS (providing local climate information for Germany), RegIKlim (regional climate action support), CyclEx (extreme cyclone analysis), and ClimXtreme. His educational background comprises: B.Sc. in Mechanical Engineering, KIT (2011-2015) M.Sc. in Mechanical Engineering, KIT (2015-2018) Ph.D. in Atmospheric Sciences, IMK-TRO, KIT (2018-2022) Braun's research centers on translating climate projections into actionable adaptation measures and evaluating convection-permitting regional models. He investigates how human systems can utilize climate information while examining model improvements through higher resolution and advanced physics parameterizations. Current projects address extreme weather in warming climates and regional climate service development for German stakeholders, emphasizing the societal relevance of climate science. His publication record reveals a dual focus on paleoclimate dynamics (particularly Snowball Earth events) and contemporary extreme weather systems. Key themes include cloud-radiative processes, cyclone intensification mechanisms, and model resolution impacts, with methodological emphasis on idealized simulations and data-model intercomparison. This cross-temporal approach provides insights into both historical climate thresholds and future climate risks. Teaching contributions include: Tutorial for Numerical Methods in Meteorology (BSc, 2019-2020) Tutorial for Climate Modelling and Dynamics with ICON (MSc, 2023/24) These courses train students in computational climate modeling techniques using the ICON modeling framework.